• DocumentCode
    3612400
  • Title

    XG-fast: the 5th generation broadband

  • Author

    Coomans, Werner ; Moraes, Rodrigo B. ; Hooghe, Koen ; Duque, Alex ; Galaro, Joe ; Timmers, Michael ; van Wijngaarden, Adriaan J. ; Guenach, Mamoun ; Maes, Jochen

  • Volume
    53
  • Issue
    12
  • fYear
    2015
  • Firstpage
    83
  • Lastpage
    88
  • Abstract
    Traditionally, copper network operators complement a fiber-to-the-home (FTTH) strategy with a hybrid fiber-copper deployment in which fiber is gradually brought closer to the consumer, and digital subscriber line (DSL) technology is used for the remaining copper network. In this article we propose the system concepts of XG-FAST, the 5th generation broadband (5GBB) technology capable of delivering a 10 Gb/s data rate over short copper pairs. With a hardware proof-of-concept platform, it is demonstrated that multi-gigabit rates are achievable over typical drop lengths of up to 130 m, with net data rates exceeding 10 Gb/s on the shortest loops. The XG-FAST technology will make fiber-to-the-frontage (FTTF) deployments feasible, which avoids many of the hurdles accompanying a traditional FTTH roll-out. Single subscriber XG-FAST devices would be an integral component of FTTH deployments, and as such help accelerate a worldwide roll-out of FTTH services. Moreover, an FTTF XG-FAST network is able to provide a remotely managed infrastructure and a cost-effective multi-gigabit backhaul for future 5G wireless networks.
  • Keywords
    5G mobile communication; broadband networks; digital subscriber lines; optical fibre subscriber loops; 5G wireless network; 5GBB technology; 5th generation broadband technology; DSL technology; FTTF deployment; FTTH strategy; XG-FAST; cost-effective multigigabit backhaul; digital subscriber line technology; fiber-copper deployment; fiber-to-the-frontage deployment; fiber-to-the-home strategy; hardware proof-of-concept platform; 5G mobile communication; Cloud computing; Communication cables; Communication standards; IEEE Standards; Optical fiber cables; Optical fiber networks; Standards; Wireless communication;
  • fLanguage
    English
  • Journal_Title
    Communications Magazine, IEEE
  • Publisher
    ieee
  • ISSN
    0163-6804
  • Type

    jour

  • DOI
    10.1109/MCOM.2015.7355589
  • Filename
    7355589